中文|English|Français

Product Center

Location:Home >
products name: HIFU-2001



HIFU-2001 is a non-invasive carcinoma treatment system. The system is controlled by a powerful PC with dedicated

software, which automatically transmits HIFU beams to the precisely defined treatment area. The system can automatically

calculate and design the size and shape of treatment area. Due to significant energy deposition at the focus, temperature

within the tissue rises up between 65℃ and 100℃, destroying the diseased tissue by coagulation necrosis. Nowadays,

there is no optimal single method for cancer treatment. Comprehensive therapy programs that utilize multiple paralleled

methods are adopted to treat different cancer cases. HIFU-2001 provides a high-tech method for cancer treatment with

accurate therapeutic effects and high safety.


Feature:  
Non-invasive and radiation free
No bleeding and pain free during / after treatment
Focused on targeted treatment area
Real time visualization during scanning /firing phases
Computer-controlled automated treatment
Simple monitoring by user-friendly interface
Compatible with other treatment modalities
Repeat treatment and salvage treatment allowed
Outpatient procedure
 

Clinical indications
Liver cancer, pancreatic cancer, tumor thrombi in portal vein
Prostate cancer, bladder cancer, womb cancer
Rectal cancer, renal cancer, soft tissue sarcoma
Breast cancer, other malignant tumors in abdomen
BPH, other benign tumors
 

Unique Technique 
Advanced Double Focusing (ADF)
With the unique ADF technique, the ultrasound beam is dispersed onto 8 individual sub-ejectors.

The eight sub-ejectors with diameter of 60mm further focus the beam to a single point.

The ADF technique can achieve non-painful treatment purpose.
 
Thermal coagulation
HIFU-2001 can increase the temperature of tumor tissue up to 65℃-100℃. When the temperature comes to 65℃,

the tumor cells can be destroyed in 0.3 seconds. At the temperature of 100℃, the tumor cells can be killed

within 0.1 second.

Add to Enquiry List